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- SO_(complexity) abstract "Second-order logic is an extension of first-order with second orders quantifiers, hence the reader should first read FO (complexity) to be able to understand this article. In descriptive complexity we can see that the languages recognised by SO formulae is exactly equal to the language decided by a Turing machine in the polynomial hierarchy. Extensions of SO with some operators also give us the same expressivity than some well known complexity class, so it is a way to do proofs about the complexity of some problems without having to go to the algorithmic level.".
- SO_(complexity) wikiPageExternalLink SO.
- SO_(complexity) wikiPageID "27631008".
- SO_(complexity) wikiPageRevisionID "580726850".
- SO_(complexity) hasPhotoCollection SO_(complexity).
- SO_(complexity) subject Category:Computational_complexity_theory.
- SO_(complexity) subject Category:Descriptive_complexity.
- SO_(complexity) subject Category:Finite_model_theory.
- SO_(complexity) comment "Second-order logic is an extension of first-order with second orders quantifiers, hence the reader should first read FO (complexity) to be able to understand this article. In descriptive complexity we can see that the languages recognised by SO formulae is exactly equal to the language decided by a Turing machine in the polynomial hierarchy.".
- SO_(complexity) label "SO (complexity)".
- SO_(complexity) sameAs m.0c41cv7.
- SO_(complexity) sameAs Q7392162.
- SO_(complexity) sameAs Q7392162.
- SO_(complexity) wasDerivedFrom SO_(complexity)?oldid=580726850.
- SO_(complexity) isPrimaryTopicOf SO_(complexity).